Samsung Electronics Co., Ltd.

Netapp, Inc.

Kumar Murugesan

Kavin Kumar Thangadorai

Srihari Sriram

Barath Raj Kandur Raja

Radhika Mundra

Mark Muhlestein

Periyasamy Paramasivam

Arjun Raj Kumar S

Adarsha Ananda

Manbir Singh Soni

Abdus Sarif Ahmed

Dinakara Reddy Agraharam

Shashi Kumar Bhoopalam

Mayank Kumar Sahu

Jitender Sajwan

Yellappa Damam

Varun Singh

Mankawal Deep Singh

Sushant Kathuria

Rajath Basur Kumaraswamy

Magesh Krishnamurthy

Jyothish Narayan

Phani Avadooth Veera Venkata Rekapalli

Ananya Padmanabha Suvarna

Yellappa Daman

Mambir Singh Soni

Dinakara Agraharam Reddy

The present disclosure is related to a method and system for securely handling re-connection by a wireless device. The method comprises establishing a connection with a plurality of client devices, wherein the wireless device establishes the connection with the plurality of client devices using a first security configuration and detecting whether a criterion is met to re-establish the connection with the plurality of client devices. The method also comprises dynamically generating a second security configuration to re-establish the connection with the plurality of client devices in response to detecting that the criterion is met. The method further comprises encrypting the second security configuration and sending the encrypted second security configuration to the plurality of client devices to re-establish the connection with the wireless device.

Method and system for securely handling re-connection of client devices to a wireless network

A method of controlling a plurality of Internet of Things (IoT) devices included in an IoT ecosystem is provided. A change of a value of a resource of an IoT device from among the plurality of IoT devices is detected, an intent associated with the resource of which the value is changed is identified, a resource associated with the identified intent from among resources of the plurality of IoT devices is determined, and a value of the determined resource is controlled based on a context corresponding to the identified intent.

Method and systems for achieving collaboration between resources of IoT devices

Disclosed herein is a method, an Access Point (AP) device for creating a closed Wireless Fidelity (Wi-Fi) hotspot network, and a method, a station device for connecting to the closed Wi-Fi hotspot network. The AP device receives a first input for creating the closed Wi-Fi hotspot network, transmits an encryption key to the station device, which is present within a predefined region, over an in-band communication medium or an out-of-band communication medium, and creates the closed Wi-Fi hotspot network by communicating management frames in cipher text with the station device. The station device receives the encryption key and the management frames from the AP device; and transmits a connection request to the AP device for connecting to the closed Wi-Fi hotspot network. The communication of the management frames in the cipher text provides improved security against attacks associated with Wi-Fi hotspot networks.

Methods, access point device and station device for closed Wi-Fi hotspot network

A method and an apparatus for automatically changing a shape of an electronic device are provided. The method includes identifying, by the electronic device, at least one event triggered in the electronic device; and changing, by the electronic device, the shape of the electronic device according to the at least one identified event.

Method and an electronic device for automatically changing shape based on an event

Techniques for dynamic throttling of scan requests for multiple scanners in a cluster of nodes are described. An apparatus may comprise a dynamic throttling service component for executing the dynamic throttling of scan requests for the multiple scanners in the cluster of nodes. The dynamic throttling service component operative to estimate, by the scanner proxy, a resource limit count value representative of resource capacity for servicing scan requests for each one of the multiple scanners in the cluster of nodes; detect a first scan request exceeds the resource limit count value for a first scanner; dynamically throttle each subsequent scan request for the first scanner in response to the first scan request exceeding the resource limit count value; and revise the resource limit count value, by the scanner proxy, for the first scanner.

Dynamic throttling of scan requests for multiple scanners a cluster of nodes

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Bengaluru, India

Kumar Murugesan